KX-TDE100/200 System (Version 1.0) Chapter 7 VIPGW Panasonic Communications Co., Ltd. Office Network Company Edition 1.3 4th July, 2007 Confidential 1

Chapter 7 VIPGW 1. VIPGW/IPGW 2. VIPGW Installation 3. VIPGW Settings Example 4. Called Port Distribution Groups 5. PCMC Settings 6. GK Settings Confidential

1. VIPGW/IPGW 1.Difference between IPGW16 and VIPGW16 IP-GW4/16 Although the functionality of the VIPGW16 on the IPCMPR is almost the same as the IP-GW4/16 you will still need to use web programming for the IP-GW4/16 card. However, for the V-IPGW16 card on the IPCMR card, you can program using the TDE100/200 PCMC (Web programming for TDE/V-IPGW will be available from v2). The main functional differences are as follows… (1) CODEC G711,G723 and G729 are supported on IP-GW4/16. G711 and G729 are supported on VIPGW16. (2) CODEC Parameters IP-GW4/16 cards are each configured individually. VIPGW16 cards are configured by destination PBX. CODEC:G711 VAD: Enable CODEC:G729 VAD: Disable IP-GW4/16 CODEC:G711 VAD: Enable CODEC:G729 VAD: Disable VIPGW16 Confidential

2. VIPGW Installation (1/2) First, install the V-IPGW16 card in the virtual shelf using the PCMC tool. Once this card is installed you must then click on ‘Activation Key’ and allocate the required number of KX-NCS4104 license to H323 trunks. If a license is not allocated in this way, the TDE will assume the license is to be used for SIP trunks. Failure to allocate an H323 trunk license will result in the V-IPGW16 card showing status ‘INS’ but all ports will show status ‘OUS’ Any attempt to change the status will result in a ‘Card Obstacle’ error until a license is allocated correctly PCMC Menu item 1-1-MPR Virtual Slot-Select Shelf – Activation Key Confidential

2. VIPGW Installation (2/2) 1 Confirm the required number of ports show status ‘INS’ (If showing OUS after licensing please check previous steps required for correct licensing) In the example given, there is 1x KX-NCS4104 license installed (Each port counts for 2 trunks = 2 ports = 4 trunks = 1x KX-NCS4104). PCMC Menu item 1-1-MPR Virtual Slot-Select Shelf – V-IPGW16 Card – Port Property All other PBX programming points are identical to TDA series (CO Line Settings, System Numbering Plan, TIE Table) 2 Confidential

3. VIPGW Settings Example (1/2) Outgoing Setting PBX-A 31xx 10xx IPCMPR: 10.60.45.10, GW No=1 Dial - 31xx IPCMPR: 10.50.45.10 PBX-0 30xx Dial - 32xx PBX-B 32xx IPCMPR :10.70.45.10,GW No=2 Dial - 200xxx By using the GW Group function, the TDE can make a call to next available GW if all ports are in use on the current GW Error If You dial 200xxx, and all IPCMPR trunks are busy, PBX-0 will automatically make a call to IP-GW16-1 instead (using GW groups). Dial - 200xxx PBX-C 200xxx IPCMPR : 10.80.45.10, GW Group No.=10 IP-GW16-1 : 10.80.45.11, GW Group No.=10 IP-GW16-2 : 10.80.45.12, GW Group No.=10 Confidential

3. VIPGW Settings Example (2/2) Note:T38 protocol is not supported. Internal External Progress Tone 20msec G729A 10.60.45.10 PBX-A(IPCMPR) 1 10.70.45.10 PBX-B(IPCMPR) 2 10 10.80.45.10 PBX-C(IPCMPR) 3 10.80.45.11 PBX-C(IP-GW16-1) 4 10.80.45.12 PBX-C(IP-GW16-2) 5 512 : P sampling Time(G711) 1st CODEC Priority GW Group GW-IP Address GW Name No. “0” means No GW Group No. New Parameter Setting for every GW GW Settings Table Outgoing Setting 1 GW No 2 10 512 - - - 3 GW Group 200 32 31 GW No. GW Group No. GW No/GW Group Selection Remaining Number of Digits Leading Number Index No. DN2IP Table Confidential

4. Called Port Distribution Groups Incoming call Hunt Pattern Table CDPG Table New Incoming Call CO-001 CO-002 Port 1 -ch.1 Port 1 -ch.2 CO-003 CO-004 Port 2 -ch.1 Port 2 -ch.2 CO-007 CO-008 Port 4 -ch.1 Port 4 -ch.2 CO-005 CO-006 Port 3 -ch.1 Port 3 -ch.2 CO-009 CO-010 Port 5 -ch.1 Port 5 -ch.2 CO-011 CO-012 Port 6 -ch.1 Port 6 -ch.2 CO-013 CO-014 Port 7 -ch.1 Port 7 -ch.2 CO-015 CO-016 Port 8 -ch.1 Port 8 -ch.2 CO-017 CO-018 Port 1-ch.2 CO-031 CO-032 TDE Side VIPGW16-1 VIPGW16-2 : Index V-slot Port Conn. CDPG 1 INS 2 .. 6 7 3 8 4 9 16 OUS Destination Digits=30xx CDPG=3,4... Slot 1 Prt 7 Slot 1 Prt 8 Slot 2 Prt 1 Incoming call Hunt Pattern Table CO-013 CO-014 CO-015 CO-016… Index Leading Digit CDPG Priority 1 CDPG Priority 2 CDPG Priority 16 1 10 2 20 3 30 4 16 .. 32 400 8 Confidential

5. PCMC Programming (1/8) Gatekeeper Available = Enable/Disable Call Signal Model = Direct/Routed GK Check Interval = 0 (0-1440 Minutes) Pri/Sec Gatekeeper = IP and port number H225/RAS/QSIG = Port configurations RTCP Options = Used for performance analysis RTP QoS Type = TOS/DSCP/HEX Echo Canceller = 48ms/128ms/off Gain adjustment = EC or DSP NLP Setting = EC distortion/quality issue adjustment QSIG CT/CF = QSIG Call Transfer, forward function QSIG Network Type = Private/Public/VPN Confidential

5. PCMC Programming (2/8) All V-IPGW16 settings can be found under ‘Shelf Property’ in the PCMC. This where all other GW endpoints, DN2IP settings and incoming hunt patterns are set. (These settings would normally be programmed through a web interface on the KX-TDA3480/0484/0490 cards) PCMC Menu item 1-1-MPR Virtual Slot-Select Shelf – V-IPGW16 Card – Shelf Property Confidential

5. PCMC Programming (3/8) REQUIRED SETTINGS Menu item 1-1-MPR Virtual Slot - Select Shelf – V-IPGW16 Card – Shelf Property – GW Settings REQUIRED SETTINGS GW Name = 20 ASCII character label GW IP Address = IP Address (Not DNS name) GW Group = GW Group (For DN2IP function) Connection For IP-GW16 = Select whether the remote gateway is a V-IPGW16 (TDE) or IPGW (3480/0484/0490 card) Confidential

5. PCMC Programming (4/8) OPTIONAL SETTINGS Menu item 1-1-MPR Virtual Slot - Select Shelf – V-IPGW16 Card – Shelf Property – GW Settings OPTIONAL SETTINGS IP Codec Priority = G729a/G711a-law/G711mu-law (Default is G729a) Packet Sampling Time = 10ms-60ms (Default 20ms – Increments of 10ms) *G722 is only supported on IP-PT (NT300) V-IPGW16 supports G711 and G729a only Confidential

5. PCMC Programming (5/8) OPTIONAL SETTINGS Menu item 1-1-MPR Virtual Slot - Select Shelf – V-IPGW16 Card – Shelf Property – GW Settings OPTIONAL SETTINGS Voice Activity Detection = Enable/Disable sending of packets during silence (Default = Disable) Fax Detection Ability = Enable/Disable automatic detection of faxed data (Default = Disable) DTMF Type = Inband/Outband (H225)/Outband (RFC2833) (Default = Inband) DTMF Payload Type = Value, 96-127 (Default 101) http://www.faqs.org/rfcs/rfc2833.html Confidential

5. PCMC Programming (6/8) REQUIRED SETTINGS Menu item 1-1-MPR Virtual Slot - Select Shelf – V-IPGW16 Card – Shelf Property – DN2IP REQUIRED SETTINGS Leading Number = Up to 30 digits, specifies call routing based on dialed number Remaining Number Of Digits = Specifies how many following digits should be expected after the leading number (Max 29 digits) GW No./GW Group Selection = Route call to either individual GW or to GW Group GW Group = Specifies which GW Group the entry belongs to GW No. = Specifies an individual GW entry to route calls to Confidential

5. PCMC Programming (7/8) REQUIRED SETTINGS Menu item 1-1-MPR Virtual Slot - Select Shelf – V-IPGW16 Card – Shelf Property – Hunt Pattern REQUIRED SETTINGS Leading Number = Leading number of incoming call (30 digits max) Call Distribution Port Group = Specifies the required port distribution group Confidential

5. PCMC Programming (8/8) PCMC Menu item 1-1-MPR Virtual Slot - Select Shelf – V-IPGW16 Card – Port Property Ports may be allocated to specific call distribution port groups in order to manage incoming calls (By default all ports exist in CDPG1). This feature is currently only configurable for V-IPGW cards. There are no options to add IPGW4/16 cards to the same CDPG configuration. Confidential

6. GK Settings - GK Registration (1/3) When IPGW / VIPGW use a Gatekeeper, IPGW / VIPGW have to register the IP Address and leading number for the PBX Gatekeeper Leading Number IP Address 911 192.168.0.10 912 192.168.0.10 913 192.168.0.10 Register IP address(192.168.0.10) Leading Number( 911,912,913,914) 914 192.168.0.10 915 192.168.0.20 916 192.168.0.101 IPGW (192.168.0.10) - 911xxxx - 912xxxx - 913xxx - 914xxx 917 192.168.0.101 918 192.168.0.101 919 192.168.0.101 Register IP address(192.168.0.20) Leading Number( 915) 920 192.168.0.101 : : Register IP address(192.168.0.101) Leading Number( 916, 917,918, 919, 920) IPGW (192.168.0.20) - 915xxxx VIPGW (192.168.0.101) 916xxxx 917xxxx 918xxx 919xxx 920xxx Confidential

6. GK Settings - IP-GW (2/3) Gatekeeper Use Don’t use (1) In case of IP-GW (TDA) The combination of GW entry table and DN2IP table informs the IP address and leading number information to the Gatekeeper. Gatekeeper Use Don’t use GW Entry Table DN2IP Table GW No. Comments IP Address Group No. Index Leading Number Remain digits GW No./ Group No. GW Group No. 192.168.0.10 1 911 GW No. 1 912 GW No. 2 Own IPGW IP address 2 913 GW No. : : : : 3 914 GW No. 511 4 Own IPGW leading digits : 512 Information of IP address (192.168.0.10) & leading number (911, 912, 913, 914) Are now registered with the Gatekeeper. Confidential

6. GK Settings – VIPGW (3/3) (2) In case of VIPGW (TDE) Gatekeeper settings table informs this information to the Gatekeeper. Gatekeeper Available : Enable PCMC : Shelf Property – Virtual IP Gateway GK Settings Table Index Destination Number Device Name 1 916 Group -1 PCMC : GK Settings 2 917 Group -2 3 918 Group -3 4 919 Group -4 Own IPGW leading digits 5 920 Group -5 : 32 Leading Number For reference The IPCMPR IP address(192.168.0.101) & leading number information (916, 917, 918, 919, 920) are now registered with the Gatekeeper. Confidential

Chapter 7 VIPGW Thank you very much ! Confidential